Our ground photovoltaic support system is tailored for large photovoltaic power plants. It uses high-strength and corrosion-resistant materials, promising structural sturdiness. Moreover, this support system is adaptable to diverse complex terrain situations. It aims to optimize layout to improve power generation efficiency thanks to its modular design, making installation more manageable and pliable. Plus, the system is easy to maintain, which ultimately helps reduce long-term operating costs. We use environment-friendly materials that show our commitment to sustainable development. Our photovoltaic bracket system can seamlessly integrate into deserts, hills, and farmland.

Our ground photovoltaic support system is specifically designed for large photovoltaic power plants. To ensure the system's structural stability while accommodating various complex terrain conditions, we use high-strength and corrosion-resistant materials. The modular design of our support system gives installation a greater degree of convenience and flexibility, enabling us to optimize our layout as we improve power generation efficiency. Moreover, the system's easy-to-maintain design can help reduce long-term operating costs. Our commitment to sustainable development is visible in our choice to use environmentally friendly materials. The photovoltaic bracket system we provide can seamlessly integrate into all kinds of environments, including deserts, hills, and farmland.

At our company, we have developed a specialized ground photovoltaic support system that complements large solar power plants. One of our system's primary objectives is to assure structural stability while accommodating various complex terrain situations. High-strength and corrosion-resistant materials are used to achieve this goal. We have employed a modular design into our system to enable more convenient and flexible installation. By doing so, we can optimize the layout to improve power generation efficiency. Moreover, the system's easy-to-maintain design can help reduce long-term operating cost. Our choice to use environmentally friendly materials reflects our commitment to sustainable development. The photovoltaic bracket system we provide can be seamlessly integrated into various types of environments, such as deserts, hills, and farmland.

Large scale ground photovoltaic power stations:
One way to provide clean and renewable electricity to the power grid is to deploy photovoltaic modules on a large scale in vast deserts, Gobi or unused land. This would mean utilizing vast tracts of land to install large solar panel arrays. The energy collected from these panels can be integrated with the local power grid to power homes and businesses reliably.

Industrial and commercial distributed photovoltaics:
Enterprises can leverage their idling rooftops or open spaces to install photovoltaic systems, thereby achieving a win-win situation of energy conservation, emission reduction, and economic benefits. For example, commercial buildings' flat rooftops could be used for installing solar panels that can power the building and support the local grid.

Agricultural photovoltaic complementary project:
Installing photovoltaic support systems above agricultural land such as farmland and orchards is a great way to optimize space. These systems can provide necessary shade for crops and utilize solar energy to generate electricity. It's a perfect way to integrate the organic agriculture and photovoltaic industry, which is better for the environment and our health.

Photovoltaic application in public facilities:
Public facilities such as schools, hospitals, government office buildings can install photovoltaic support systems that connect to the grid for electricity sales or provide power for themselves. The photovoltaic installations can be on rooftops or surrounding open spaces. This will improve energy self-sufficiency and the establishment of a green image.